Siemens to Supply 126MW to Onshore Wind Power Plants in Scotland

Siemens was awarded orders for three onshore wind projects in Scotland. For the Dersalloch wind farm in the South Ayrshire region, Siemens will construct, install and commission 23 units of its D3 direct drive wind turbines, providing a combined output of 69 MW. The installation of the turbines is scheduled to begin in spring 2016 with the official handover of the site to developers ScottishPower Renewables in autumn 2016. In addition, Siemens will supply six SWT-2.3-93 wind turbines to the Ewe Hill Phase 1.

Siemens to Supply Wind Turbines for 38-MW Onshore Project in France

Siemens was awarded an order for the delivery, installation and commissioning of 12 direct drive wind turbines at the Les Gourlous wind farm in France. The SWT- 3.2-113 turbines for the wind farm in the Champagne-Ardennes region in France will have a total capacity of 38.4 MW. Siemens will be providing long-term service for the new project within a 20-year service and maintenance agreement. The new project is scheduled for commissioning in November 2016.

MidAmerican Energy’s New Iowa Wind Farm to Feature Concrete Tower

MidAmerican Energy Company's new wind farm in Adams County, Iowa will include a first for the company - a concrete wind turbine tower. MidAmerican Energy has contracted with Siemens for the supply and construction of its new concrete tower design. The 2.3-MW concrete tower turbine at the Adams wind farm will measure 377 feet from ground to hub, compared to 263 feet for most of the turbines in use at other MidAmerican Energy wind farms. The concrete turbine is one of 64 wind turbines planned for the Adams wind farm.

Siemens to Provide New Switchgear Technology for National Grid Substation Project

National Grid chose Siemens to provide its 63 kA arc-resistant switchgear technology for the utility's new electric substation in downtown Providence, Rhode Island. Siemens' 63 kA type GM-SG-AR switchgear is designed to improve power reliability and includes arc-resistant features that increase safety conditions for workers and operators. The technology's design will also allow National Grid and contractor TRC Companies to reduce the project's physical footprint.

Siemens to Supply Compression Solution for LNG Project

Siemens was awarded a contract to supply the initial ten compressor trains for a LNG project for Magnolia LNG, a wholly-owned subsidiary company of Liquefied Natural Gas Limited (LNGL). Siemens' scope of supply comprises a total of eight refrigeration compressors and two feed gas booster compressors for the initial two LNG trains.

Siemens to Modernize Power Distribution Grids in Five Cities in North India

Siemens is modernizing the power distribution grids of the cities of Amritsar, Jallandhar, Ludhiana, Dehradun, and Faridabad in northern India. As part of the modernization, Siemens will implement its Spectrum Power network control system and equip the grid with SCADA/DMS functions for monitoring and control. The customers are three utility companies, Punjab State Power Corporation, Uttarakhand Power Corporation, and Dakshin Haryana Bijli Vitran Nigam. The order volume amounts to a total of approximately 11 million.

Bechtel Breaks Ground on Natural Gas-Fired Power Plant in Virginia

Bechtel broke ground on a natural gas-fired, combined-cycle power plant in Loudoun County, Virginia. Bechtel is providing project management, engineering, procurement, construction, and startup services, while its consortium partner, Siemens, is responsible for core power elements, including the natural gas and steam turbines, generators, and waste-heat-recovery boilers.

Booz Allen, Siemens and Power Analytics Partner with New York Communities to Win 16 NY Prize Microgrid Projects

Booz Allen Hamilton, Siemens and Power Analytics will study the technical and economic feasibility of installing community microgrids in 16 cities across New York. These communities were each awarded $100,000 in initial microgrid funding through New York State's NY Prize competition in order to evaluate how microgrids local energy networks that are able to separate from the larger electrical grid can expand customer choice, ensure power reliability, improve resiliency and preserve the environment.

Siemens Partners with Con Edison to Install Storm Hardening System in Lower Manhattan

Siemens partnered with Con Edison to install technology that will help keep Con Edison customers in sections of Lower Manhattan in service during severe flooding. Con Edison chose a new automation system to synchronously control underground switches and circuit breakers that will separate two of Con Edison's power distribution networks into four sub-networks. Siemens developed the distribution feeder automation (SDFA) technology specifically for Con Edison's system.